Humaniod Robo
Niveaux scolaires: Grade 7 - Grade 8
Système éducatif: American
we want create a Humaniod Robot, the robot act just like humans speak ,see and talk we want to move and help you its like you just have freind to talk to . make us learn how to use rasberry pi and ROS operating system. Make the matierial and language simple and sutable for grade 8 students. include the simple mecanical design
#Humaniod_Robo#ROS_operating system#Rasberry_pi#simple_ mecanical design
1. Describe and explain the basic concepts of humanoid robotics, including the roles of sensors, actuators, controllers, and simple mechanical design.
Objectifs d'apprentissage:
1. Identify and list the core components of a humanoid robot such as sensors, actuators, controllers, and mechanical parts.
2. Explain how each component functions to mimic human actions like seeing, speaking, and moving.
3. Compare different types of sensors (e.g., cameras and microphones) and describe their simple roles in the robot.
4. Illustrate basic control systems and mechanical design principles using simple technical language.
Modules
1. Fundamentals of Humanoid Robotics & Best Practices
1. 1. History, Evolution, and Key Concepts of Humanoid Robotics
Résultats d'apprentissage:
1. Define the historical milestones in humanoid robotics with specific dates and breakthroughs.
2. Explain the evolution from early prototypes to modern robotic systems using simple language.
3. Illustrate key concepts through diagrams that map out the development phases of humanoid robotics.
4. Compare early and current practices to highlight improvements and lessons learned.
1. 2. Core Components and Their Functions
Résultats d'apprentissage:
1. List the essential hardware components such as sensors, actuators, controllers, and mechanical parts.
2. Describe the specific function of each component in enabling actions like seeing, speaking, and moving.
3. Demonstrate through examples how components integrate to emulate human functions.
4. Assess the quality and suitability of components based on durability and performance standards.
1. 3. Best Practices in Component Analysis
Résultats d'apprentissage:
1. Identify industry-standard criteria for selecting sensors, actuators, and controllers.